cellular automata

mvoss · March 17, 2011, 12:00

Hey Foamers,

has anybody seen smth. about a combination of a cellular automata approach and OF ? I´ve searched the Forum, Google but i´ve never seen smth. close to OF.
I am not sure if this not of relevance or just nobody found the time to investigate that possibility.

If anybody is interested in this please post here or drop a message. Goal would be a library for cellular automata within the OF context, for further developing schemes for growing, collapsing, and combining CFD values like concentration, temperature and velocity with the CA, starting with rect. grids.

Since i just began my journey, i will wait for my c++ knowledge to grow even more and post back here when i have first results.

neewbie

milord1 · August 8, 2018, 15:05

I am also curious about this. Especially considering the growth in computational power these days.

there is an approach mention in chapter 9 of the following book regarding the CA approach for solving the fluid field.

https://books.google.ca/books?id=BPY7DQAAQBAJ

March 17, 2011, 12:00	cellular automata	#1
mvoss Senior Member Matthias Voß Join Date: Mar 2009 Location: Berlin, Germany Posts: 449 Rep Power: 20	Hey Foamers, has anybody seen smth. about a combination of a cellular automata approach and OF ? I´ve searched the Forum, Google but i´ve never seen smth. close to OF. I am not sure if this not of relevance or just nobody found the time to investigate that possibility. If anybody is interested in this please post here or drop a message. Goal would be a library for cellular automata within the OF context, for further developing schemes for growing, collapsing, and combining CFD values like concentration, temperature and velocity with the CA, starting with rect. grids. Since i just began my journey, i will wait for my c++ knowledge to grow even more and post back here when i have first results. neewbie

August 8, 2018, 15:05		#2
milord1 New Member Milad Kiaee Join Date: Feb 2015 Posts: 2 Rep Power: 0	I am also curious about this. Especially considering the growth in computational power these days. there is an approach mention in chapter 9 of the following book regarding the CA approach for solving the fluid field. https://books.google.ca/books?id=BPY7DQAAQBAJ Last edited by milord1; August 8, 2018 at 15:10. Reason: adding a resource

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